BeDensi AR
BeDensi AR is meticulously crafted for precision in powder angle of repose testing. This measurement refers to the angle created by the sloping side of a powder cone under specific conditions and is a pivotal indicator of powder flowability. The smaller the angle of repose is, the better the flowability will be. Understanding the angle of repose is essential in assessing and optimizing processes that involve the handling of powdered materials.
Features and Benefits
- ● Measurement: Angle of Repose
- ● Compliance with USP and Ph.Eur. standards
Overview
1. Angle of Repose
BeDensi AR is meticulously crafted for precision in powder angle of repose testing. This measurement refers to the angle created by the sloping side of a powder cone under specific conditions and is a pivotal indicator of powder flowability. The smaller the angle of repose is, the better the flowability will be. Understanding the angle of repose is essential in assessing and optimizing processes that involve the handling of powdered materials.
2. Measurement Procedure
- Angle of Repose
Angle of Repose (°) | Flow Properties |
≤ 25 | Excellent |
25 - 30 | Good |
30 - 40 | Passable |
﹥ 40 | Very poor |
Flowability Evaluation Based on Angle of Repose
3. Application Example
Characterizing flowability of powders across a broad spectrum of industries with the BeDensi AR, which includes materials such as coatings, ceramic, silica, activated carbon, and milk powder.
By utilizing BeDensi AR, various samples undergo comprehensive assessments, each uniquely characterized by its measured angle of repose. This analysis serves as a valuable tool in the optimization of processes and enhancement of product quality across diverse applications.
Sample | Angle of Repose | Flowability |
Lazurite Pigment | 21° | Excellent |
Ceramic Powder | 28° | Good |
SiO2 Powder | 34° | Passable |
Activated Carbon | 39° | Passable |
Milk Powder | 46° | Very Poor |
4. Industry Solution
Assisting in the optimization of ceramic powder flowability.
In 3D printing industry, ZrO2 powder can be sintered or fused together layer by layer to form complex structures with precision. Thus the flowability of ZrO2 powder is a crucial factor in the synthesis of materials suitable for binder jet 3D printing.
In this application case, the flowability of ZrO2 powder with different flow agents is evaluated by using BeDensi AR to measure the angle of repose. The results from the graph clearly indicate that ZrO2 with Agent 2 exhibits the smallest angle of repose, signifying superior flowability when compared to the other two types of flow agents. This conclusion guides in selecting the optimal flow agent to improve the powder's behavior during 3D printing.
Curated Resources
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BeDensi T Pro Series
Tapped Density Tester with a Wallet-Friendly Solution
Number of Workstations: 1-3
Tapping Speed: 100 - 300 taps/min
Repeatability: ≤1% variation
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PowderPro A1
Automatic Powder Characteristics Tester
Operation Mode: Automatic
Tapping Speed: 50 - 300 taps/min
Repeatability: ≤3% variation
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BeDensi B1
Bulk Density Tester
Measurement: Bulk Density
Compliance with GB/T 16913
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BeDensi B1-S
Scott Volumeter
Measurement: Bulk Density
Compliance with USP, Ph. Eur., ASTM, and ISO standards
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HFlow 1
Flowmeter Funnel
Measurement: Bulk density and Flow rate
Compliance with USP, Ph. Eur., ASTM, and ISO standards
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BeDensi P
Bulk Density Tester - Plastic
Measurement: Bulk Density
Compliance with ISO and GB/T standards